BEGIN:VCALENDAR VERSION:2.0 PRODID:-//linuxsoftware.nz//NONSGML Joyous v1.4//EN BEGIN:VEVENT SUMMARY:Development of thermoelectric silicide materials and modules forpo wer generation DTSTART:20260303T150000Z DTEND:20260303T160000Z DTSTAMP:20260813T160155Z UID:2b708b13-36c9-4933-b85a-cf7d7205337d SEQUENCE:1 CREATED:20260227T144627Z DESCRIPTION: The application of thermoelectric technology in the industria lwaste heat recovery sector is gaining increasing attention due tothe sign ificant environmental benefits. Mg- and Mn-basedsilicides are promising hi gh-performance thermoelectric materialsdue to their relatively high Seebec k coefficients\, good electricalconductivity\, and low thermal conductivit y. In addition\, thesecompounds are composed of earth-abundant and environ mentallyfriendly elements\, and they are suitable for mid-temperaturetherm oelectric applications. This presentation covers the synthesis of selected silicides as wellas the development of thermoelectric modules based on n- typemagnesium silicide and p-type manganese silicide. Key aspectssuch as m aterial optimization and performance\, metallization andbonding methods\, and overall module performance are addressed. LAST-MODIFIED:20260227T144627Z LOCATION:DF Seminar Room (2-8.3)\, 2nd floor of Physics Building URL:http://df.vps.tecnico.ulisboa.pt/en/events/development-of-thermoelectr ic-silicide-materials-and-modules-forpower-generation/ X-ALT-DESC;FMTTYPE=text/html:

The application of thermoelectric technology in the industrialwaste heat recovery sector is gaining increasing attention due tothe significant environmental benefits. Mg- and Mn-basedsilicides are promising high-performance thermoelectric m aterialsdue to their relatively high Seebeck coefficients\, good electrica lconductivity\, and low thermal conductivity.

In addition\, thes ecompounds are composed of earth-abundant and environmentallyfriendly elem ents\, and they are suitable for mid-temperaturethermoelectric application s. This presentation covers the synthesis of selected silicides as wellas the development of thermoelectric modules based on n-typemagnesium silicid e and p-type manganese silicide. Key aspectssuch as material optimization and performance\, metallization andbonding methods\, and overall module pe rformance are addressed.

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